cartesian-common.h File Reference

#include "events.h"
#include "fpe.h"
#include "stencils.h"

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Macros
#define	boundary(...)    boundary_internal ((scalar *)__VA_ARGS__, __FILE__, LINENO)

Typedefs
typedef int	bid

Functions
define	_val_constant (a, k, l, m)((const double) _constant[a.i -_NVARMAX]) @define val_diagonal(a
define	m ((k)==0 &&(l)==0 &&(m)==0) macro2 foreach_point(double _x=0.
void	init_const_scalar (scalar s, const char *name, double val)
scalar	new_const_scalar (const char *name, int i, double val)
void	init_const_vector (vector v, const char *name, double *val)
vector	new_const_vector (const char *name, int i, double *val)
static void	cartesian_scalar_clone (scalar clone, scalar src)
scalar *	list_clone (scalar *l)
void	delete (scalar *list)
void	free_solver ()
void	boundary_flux (vector *list) __attribute__((deprecated))
static scalar *	list_add_depends (scalar *list, scalar s)
trace void	boundary_internal (scalar *list, const char *fname, int line)
	There are two types of boundary conditions: "full" boundary conditions, done by boundary_internal() and "flux" boundary conditions (i.e.
void	cartesian_boundary_level (scalar *list, int l)
void	cartesian_boundary_face (vectorl vl)
static double	symmetry (Point point, Point neighbor, scalar s, bool *data)
static double	antisymmetry (Point point, Point neighbor, scalar s, bool *data)
scalar	cartesian_init_scalar (scalar s, const char *name)
scalar	cartesian_init_vertex_scalar (scalar s, const char *name)
vector	cartesian_init_vector (vector v, const char *name)
vector	cartesian_init_face_vector (vector v, const char *name)
tensor	cartesian_init_tensor (tensor t, const char *name)
void	output_cells (FILE *fp=stdout, coord c={0}, double size=0.)
static char *	replace_ (const char *vname)
static void	debug_plot (FILE *fp, const char *name, const char *cells, const char *stencil)
void	cartesian_debug (Point point)
void	cartesian_methods ()
tensor	init_symmetric_tensor (tensor t, const char *name)
static double	interpolate_linear (Point point, scalar v, double xp=0., double yp=0., double zp=0.)
trace double	interpolate (scalar v, double xp=0., double yp=0., double zp=0., bool linear=true)
trace void	interpolate_array (scalar *list, coord *a, int n, double *v, bool linear=false)
bid	new_bid ()
static double	periodic_bc (Point point, Point neighbor, scalar s, bool *data)
static void	periodic_boundary (int d)
void	periodic (int dir)
double	getvalue (Point point, scalar s, int i, int j, int k)
void	default_stencil (Point p, scalar *list)
static void	write_stencil_index (int *index)
	This displays a (1D,2D,3D) stencil index.
void	stencil_val (Point p, scalar s, int i, int j, int k, const char *file, int line, bool overflow)
void	stencil_val_a (Point p, scalar s, int i, int j, int k, bool input, const char *file, int line)

Variables
void(*	debug )(Point)
define	k
define	l
define double	_y = 0.
define double double	_z = 0.
define double double char	flags = 0
define double double char Reduce	reductions
void(*	boundary_level )(scalar *, int l)
void(*	boundary_face )(vectorl)
BoundaryFunc	default_scalar_bc []
BoundaryFunc	default_vector_bc []

Macro Definition Documentation

boundary

#define boundary

(

...

)

boundary_internal ((scalar *)__VA_ARGS__, __FILE__, LINENO)

Definition at line 512 of file cartesian-common.h.

Typedef Documentation

bid

typedef int bid

Definition at line 1009 of file cartesian-common.h.

Function Documentation

_val_constant()

define _val_constant	(	a	,
		k	,
		l	,
		m
	)		const

antisymmetry()

static double antisymmetry ( Point  point, Point  neighbor, scalar  s, bool *  data  )

static

Definition at line 618 of file cartesian-common.h.

References s.

Referenced by cartesian_init_tensor(), cartesian_init_vector(), new_bid(), and viscosity().

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boundary_flux()

void boundary_flux

(

vector *

list

)

Definition at line 517 of file cartesian-common.h.

References boundary_face, dimension, free(), list_append(), v, vectorl::x, and x.

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boundary_internal()

trace void boundary_internal	(	scalar *	list,
		const char *	fname,
		int	line
	)

There are two types of boundary conditions: "full" boundary conditions, done by boundary_internal() and "flux" boundary conditions (i.e.

normal components on faces only) done by boundary_face().

Definition at line 541 of file cartesian-common.h.

References boundary_face, boundary_level, cm, dimension, flux, free(), scalar::i, i, list, list_add(), list_add_depends(), s, s_centered, s_face, scalar_is_dirty(), vectorl::x, and x.

Referenced by boundary_stencil().

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cartesian_boundary_face()

void cartesian_boundary_face

(

vectorl

vl

)

Definition at line 600 of file cartesian-common.h.

References boundary_level, dimension, free(), list_add_depends(), s, s_face, and x.

Referenced by cartesian_methods().

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cartesian_boundary_level()

void cartesian_boundary_level	(	scalar *	list,
		int	l
	)

Definition at line 595 of file cartesian-common.h.

References boundary_iterate, l, level, and list.

Referenced by cartesian_methods(), and gpu_boundary_level().

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cartesian_debug()

void cartesian_debug

(

Point

point

)

Definition at line 831 of file cartesian-common.h.

References _attribute, allocated(), debug_plot(), dimension, fflush(), fp, free(), scalar::i, k, l, m(), output_cells(), replace_(), s, v, x, y, and z.

Referenced by cartesian_methods(), and multigrid_debug().

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cartesian_init_face_vector()

vector cartesian_init_face_vector	(	vector	v,
		const char *	name
	)

Definition at line 704 of file cartesian-common.h.

References cartesian_init_vector(), d, dimension, nboundary, v, and x.

Referenced by cartesian_methods(), multigrid_init_face_vector(), and tree_init_face_vector().

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cartesian_init_scalar()

scalar cartesian_init_scalar	(	scalar	s,
		const char *	name
	)

Definition at line 627 of file cartesian-common.h.

References b, boundary, boundary_stencil(), default_scalar_bc, dimension, free(), scalar::i, nboundary, s, strdup(), symmetry(), and x.

Referenced by cartesian_init_vector(), cartesian_init_vertex_scalar(), cartesian_methods(), and multigrid_init_scalar().

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cartesian_init_tensor()

tensor cartesian_init_tensor	(	tensor	t,
		const char *	name
	)

Definition at line 716 of file cartesian-common.h.

References antisymmetry(), assert, b, cartesian_init_vector(), default_scalar_bc, default_vector_bc, dimension, nboundary, symmetry(), t, x, y, and z.

Referenced by cartesian_methods(), and multigrid_init_tensor().

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cartesian_init_vector()

vector cartesian_init_vector	(	vector	v,
		const char *	name
	)

Definition at line 682 of file cartesian-common.h.

References antisymmetry(), cartesian_init_scalar(), d, default_vector_bc, dimension, nboundary, v, x, y, and z.

Referenced by cartesian_init_face_vector(), cartesian_init_tensor(), cartesian_methods(), and multigrid_init_vector().

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cartesian_init_vertex_scalar()

scalar cartesian_init_vertex_scalar	(	scalar	s,
		const char *	name
	)

Definition at line 666 of file cartesian-common.h.

References cartesian_init_scalar(), d, dimension, nboundary, s, and x.

Referenced by cartesian_methods(), and multigrid_init_vertex_scalar().

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cartesian_methods()

void cartesian_methods

(

)

Definition at line 918 of file cartesian-common.h.

References boundary_face, boundary_level, cartesian_boundary_face(), cartesian_boundary_level(), cartesian_debug(), cartesian_init_face_vector(), cartesian_init_scalar(), cartesian_init_tensor(), cartesian_init_vector(), cartesian_init_vertex_scalar(), cartesian_scalar_clone(), debug, init_face_vector, init_scalar, init_tensor, init_vector, init_vertex_scalar, and scalar_clone.

Referenced by cartesian1D_methods(), gpu_cartesian_methods(), and multigrid_methods().

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cartesian_scalar_clone()

static void cartesian_scalar_clone ( scalar  clone, scalar  src  )

static

Definition at line 379 of file cartesian-common.h.

References _attribute, assert, boundary, boundary_stencil(), free(), i, list_copy(), _Attributes::name, nboundary, and x.

Referenced by cartesian_methods().

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debug_plot()

static void debug_plot ( FILE *  fp, const char *  name, const char *  cells, const char *  stencil  )

static

Definition at line 809 of file cartesian-common.h.

References cells(), dimension, fp, free(), replace_(), and x.

Referenced by cartesian_debug().

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default_stencil()

void default_stencil	(	Point	p,
		scalar *	list
	)

Definition at line 1083 of file cartesian-common.h.

References c, scalar::i, s, s_input, s_nowarning, s_output, v, and x.

delete()

void delete

(

scalar *

list

)

Definition at line 419 of file cartesian-common.h.

References all, baseblock, f, free(), scalar::i, i, list, s, trash(), and x.

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free_solver()

void free_solver

(

)

Definition at line 464 of file cartesian-common.h.

References _attribute, _constant, _val_higher_dimension, a, all, array_free(), assert, baseblock, Events, f, free(), free_grid, free_solver_funcs, i, kh_destroy, _Event::last, Array::len, _Event::next, Array::p, qpclose_all(), and x.

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getvalue()

double getvalue	(	Point	point,
		scalar	s,
		int	i,
		int	j,
		int	k
	)

Definition at line 1078 of file cartesian-common.h.

References i, j, k, and s.

init_const_scalar()

void init_const_scalar	(	scalar	s,
		const char *	name,
		double	val
	)

Definition at line 346 of file cartesian-common.h.

References _constant, scalar::i, i, realloc(), s, val(), and x.

Referenced by init_const_vector(), and new_const_scalar().

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init_const_vector()

void init_const_vector	(	vector	v,
		const char *	name,
		double *	val
	)

Definition at line 364 of file cartesian-common.h.

References dimension, init_const_scalar(), v, val(), and x.

Referenced by new_const_vector().

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init_symmetric_tensor()

tensor init_symmetric_tensor	(	tensor	t,
		const char *	name
	)

Definition at line 931 of file cartesian-common.h.

References init_tensor, and t.

interpolate()

trace double interpolate	(	scalar	v,
		double	xp = 0.,
		double	yp = 0.,
		double	zp = 0.,
		bool	linear = true
	)

Definition at line 968 of file cartesian-common.h.

References interpolate_linear(), min, nodata, point, v, val(), and x.

Referenced by output_vtk(), and slave_interpolate().

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interpolate_array()

trace void interpolate_array	(	scalar *	list,
		coord *	a,
		int	n,
		double *	v,
		bool	linear = false
	)

Definition at line 978 of file cartesian-common.h.

References a, i, interpolate_linear(), j, min, n, nodata, p, point, s, v, w, x, y, and z.

Referenced by output_gauges().

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interpolate_linear()

static double interpolate_linear ( Point  point, scalar  v, double  xp = 0., double  yp = 0., double  zp = 0.  )

static

Definition at line 936 of file cartesian-common.h.

References i, j, k, sign(), v, x, y, and z.

Referenced by interp(), interpolate(), interpolate_array(), and segment_flux().

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list_add_depends()

static scalar * list_add_depends ( scalar *  list, scalar  s  )

static

Definition at line 528 of file cartesian-common.h.

References d, scalar::i, list, list_add_depends(), list_append(), s, s_centered, t, and x.

Referenced by boundary_internal(), cartesian_boundary_face(), and list_add_depends().

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list_clone()

scalar * list_clone

(

scalar *

l

)

Definition at line 400 of file cartesian-common.h.

References c, datasize, dimension, scalar::i, i, list, list_append(), s, scalar_clone, and x.

Referenced by event_pressure(), horizontal_diffusion(), mg_solve(), msolve(), run(), runge_kutta(), and update().

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m()

define m ( (k)  = = 0 && (l) == 0 && (m) == 0 )

pure virtual

Referenced by alloc_children(), allocated(), alpha_refine(), box_matrix(), cartesian_debug(), centroids_curvature_fit(), face_fraction(), free_grid(), free_grid(), height_curvature_fit(), if(), init_grid(), kdt_heap_sort_cost(), line_center(), line_length_center(), log_base2(), lookup_tag(), matrix_free(), matrix_inverse(), matrix_inverse3(), matrix_new(), mem_allocated(), mem_allocated(), mem_assign(), mem_assign(), mem_destroy(), mem_free(), mem_new(), mempool_alloc(), mempool_alloc0(), mempool_destroy(), mempool_free(), mempool_new(), memrange_alloc(), memrange_free(), mpi_boundary_destroy(), mpi_boundary_level(), mpi_boundary_restriction(), mpi_boundary_update_buffers(), multigrid_debug(), mycs(), parabola_fit_add(), parabola_fit_init(), periodic_function(), quad_x(), quad_y(), rcv_pid_receive(), rcv_pid_row(), rcv_pid_send(), rcv_pid_sync(), rcv_pid_wait(), reconstruction(), redraw(), refine_cell(), refine_face_solenoidal(), segment_flux(), smatrix_inverse(), snd_rcv_destroy(), and snd_rcv_init().

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new_bid()

bid new_bid

(

)

Definition at line 1011 of file cartesian-common.h.

References antisymmetry(), b, dimension, scalar::i, nboundary, realloc(), s, sizeof(), symmetry(), v, and x.

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new_const_scalar()

scalar new_const_scalar	(	const char *	name,
		int	i,
		double	val
	)

Definition at line 357 of file cartesian-common.h.

References i, init_const_scalar(), s, val(), and x.

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new_const_vector()

vector new_const_vector	(	const char *	name,
		int	i,
		double *	val
	)

Definition at line 370 of file cartesian-common.h.

References dimension, scalar::i, i, init_const_vector(), v, val(), vector::x, and x.

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output_cells()

void output_cells	(	FILE *	fp = stdout,
		coord	c = {0},
		double	size = 0.
	)

Definition at line 752 of file cartesian-common.h.

Referenced by balance(), cartesian_debug(), and check_two_one().

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periodic()

void periodic

(

int

dir

)

Definition at line 1061 of file cartesian-common.h.

References assert, bottom, c, dir, left, Period, periodic_boundary(), and x.

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periodic_bc()

static double periodic_bc ( Point  point, Point  neighbor, scalar  s, bool *  data  )

static

Definition at line 1035 of file cartesian-common.h.

References s.

Referenced by event_defaults(), and periodic_boundary().

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periodic_boundary()

static void periodic_boundary ( int  d )

static

Definition at line 1040 of file cartesian-common.h.

References d, default_scalar_bc, default_vector_bc, is_vertex_scalar(), periodic_bc(), s, v, and x.

Referenced by periodic().

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replace_()

static char * replace_ ( const char *  vname )

static

Definition at line 798 of file cartesian-common.h.

References c, strdup(), and x.

Referenced by cartesian_debug(), and debug_plot().

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stencil_val()

void stencil_val	(	Point	p,
		scalar	s,
		int	i,
		int	j,
		int	k,
		const char *	file,
		int	line,
		bool	overflow
	)

Definition at line 1107 of file cartesian-common.h.

References d, dimension, fflush(), file, scalar::i, i, index, j, k, line, p, s, s_input, s_output, write_stencil_index(), and x.

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stencil_val_a()

void stencil_val_a	(	Point	p,
		scalar	s,
		int	i,
		int	j,
		int	k,
		bool	input,
		const char *	file,
		int	line
	)

Definition at line 1154 of file cartesian-common.h.

References d, dimension, fflush(), file, scalar::i, i, index, input(), j, k, line, p, s, s_input, s_output, write_stencil_index(), and x.

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symmetry()

static double symmetry ( Point  point, Point  neighbor, scalar  s, bool *  data  )

static

Definition at line 613 of file cartesian-common.h.

References s.

Referenced by cartesian_init_scalar(), cartesian_init_tensor(), and new_bid().

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write_stencil_index()

static void write_stencil_index ( int *  index )

static

This displays a (1D,2D,3D) stencil index.

Definition at line 1099 of file cartesian-common.h.

References d, dimension, index, and x.

Referenced by stencil_val(), and stencil_val_a().

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Variable Documentation

_y

define double _y = 0.

Definition at line 13 of file cartesian-common.h.

_z

define double double _z = 0.

Definition at line 13 of file cartesian-common.h.

boundary_face

void(* boundary_face) (vectorl)

(

vectorl

)

Definition at line 510 of file cartesian-common.h.

Referenced by boundary_flux(), boundary_internal(), cartesian_methods(), and tree_methods().

boundary_level

void(* boundary_level) (scalar *, int l)	(	scalar *	,
		int	l
	)

Definition at line 509 of file cartesian-common.h.

Referenced by boundary_internal(), cartesian_boundary_face(), cartesian_methods(), distance(), gpu_cartesian_methods(), gpu_multigrid_methods(), inverse_wavelet(), mg_cycle(), msolve(), relax_viscosity(), solve(), tag(), terrain(), tree_methods(), and wavelet().

debug

void(* debug) (Point)

(

Point

)

Definition at line 5 of file cartesian-common.h.

Referenced by cartesian_methods().

default_scalar_bc

BoundaryFunc default_scalar_bc[]

Initial value:

= {
  symmetry, symmetry, symmetry, symmetry, symmetry, symmetry
}

Definition at line 623 of file cartesian-common.h.

Referenced by box_boundary_level(), cartesian_init_scalar(), cartesian_init_tensor(), and periodic_boundary().

default_vector_bc

BoundaryFunc default_vector_bc[]

Initial value:

= {
  antisymmetry, antisymmetry,
  antisymmetry, antisymmetry,
  antisymmetry, antisymmetry
}

Definition at line 676 of file cartesian-common.h.

Referenced by cartesian_init_tensor(), cartesian_init_vector(), and periodic_boundary().

flags

define double double char flags = 0

Definition at line 14 of file cartesian-common.h.

Referenced by adapt_wavelet(), balance(), cache_append(), flag_border_cells(), for(), for(), foreach_coarse_level_stencil(), foreach_coarse_level_stencil(), foreach_face_stencil(), foreach_face_stencil(), foreach_level_or_leaf_stencil(), foreach_level_or_leaf_stencil(), foreach_level_stencil(), foreach_point_stencil(), foreach_point_stencil(), foreach_region_stencil(), foreach_region_stencil(), foreach_stencil(), foreach_vertex_stencil(), foreach_vertex_stencil(), foreach_visible_stencil(), input_gfs(), restore_mpi(), and update_cache_f().

k

define k

Definition at line 8 of file cartesian-common.h.

Referenced by apply_bc(), array_remove(), box_matrix(), bubbles_are_close(), cartesian_debug(), check_snd_rcv_matrix(), cool_warm(), curvature(), curvature_prolongation(), curvature_restriction(), display_add(), display_destroy(), display_display(), display_onclose(), display_remove(), display_update(), eigsrt(), evaluate_expression(), event_pressure(), fine(), for(), foreach_cell_post_root(), getvalue(), gray(), if(), if(), interpolate_linear(), lambda2(), mapped_position(), multigrid_debug(), no_coalescence(), ohmic_flux(), OMP_PARALLEL(), parabola_fit_add(), prolongation_vertex(), randomap(), rcv_pid_send(), refine_cell(), refine_embed_linear(), refine_face_solenoidal(), remap_c(), remap_central(), residual_nh(), right_value(), runge_kutta(), smatrix_inverse(), solve_hessenberg(), stencil_val(), stencil_val_a(), tag(), tracer_is_close(), and update().

l

define l

Definition at line 8 of file cartesian-common.h.

Referenced by _stencil_is_face_x(), _stencil_is_face_y(), _stencil_is_face_z(), adapt_wavelet(), advance_saint_venant(), apply_bc(), area(), balance(), box_boundary_level(), box_matrix(), cartesian_boundary_level(), cartesian_debug(), check_depth(), check_snd_rcv_matrix(), code(), coeffs1(), coeffs2(), constant_NNT(), correct_qz(), debug_mpi(), delete_distance(), distance(), event_defaults(), event_metric(), event_pressure(), event_viscous_term(), for(), foreach_cell_post_root(), foreach_coarse_level_stencil(), foreach_level_or_leaf_stencil(), foreach_slice_x(), foreach_slice_y(), geometric_beta(), gpu_boundary_level(), h_relax(), halo_face(), heights(), includes_point(), index(), intersection(), intersects_point(), inverse_wavelet(), kdt_includes(), kdt_intersects(), kdt_rect_write(), level(), list_copy(), list_lookup(), main(), matrix(), matrix1(), mg_cycle(), mpi_boundary_coarsen(), mpi_boundary_level(), mpi_boundary_restriction(), mpi_boundary_update_buffers(), msolve(), multigrid_debug(), multigrid_restriction(), no_coalescence(), parabola_fit_add(), quad_neighbor(), rcv_pid_receive(), rcv_pid_row(), rcv_pid_send(), rcv_pid_sync(), rcv_print(), refine_cell(), relative(), relax(), relax_diffusion(), relax_GN(), relax_nh(), relax_nh(), relax_nh1(), relax_psi(), relax_thermal(), relax_viscosity(), residual_nh(), residual_nh2(), residual_nh3(), segment_flux(), size(), smatrix_inverse(), solve(), solve_hessenberg(), subtree_size(), tag(), terrain(), tree_boundary_level(), union_bound(), update_conservation(), update_saint_venant(), vectors_copy(), vertical_diffusion(), vertical_fluxes(), vertical_viscosity(), wavelet(), and z_indexing().

reductions

define double double char Reduce reductions

Definition at line 14 of file cartesian-common.h.

Referenced by for(), for(), for(), foreach(), foreach_coarse_level_stencil(), foreach_coarse_level_stencil(), foreach_face_generic(), foreach_face_stencil(), foreach_face_stencil(), foreach_level_or_leaf_stencil(), foreach_level_or_leaf_stencil(), foreach_level_stencil(), foreach_point_stencil(), foreach_point_stencil(), foreach_region_stencil(), foreach_region_stencil(), foreach_segment(), foreach_stencil(), foreach_vertex_stencil(), foreach_vertex_stencil(), foreach_visible_stencil(), and is_refined_check().